Survey of Attack Graph Analysis Methods from the Perspective of Data and Knowledge Processing

Обзор методов анализа графов атак с точки зрения обработки данных и знаний
Jianping Zeng, Shuang Wu, Yanyu Chen, Rui Zeng, Chengrong Wu
2019-12-26

Bayesian networkMarkov modelattack graph analysisnetwork security assessmentuncertainty analysis
Attack graph can simulate the possible paths used by attackers to invade the network. By using the attack graph, the administrator can evaluate the security of the network and analyze and predict the behavior of the attacker. Although there are many research studies on attack graph, there is no systematic survey for the related analysis methods. This paper firstly introduces the basic concepts, generation methods, and computing tasks of the attack graph, and then, several kinds of analysis methods of attack graph, namely, graph-based method, Bayesian network-based method, Markov model-based method, cost optimization method, and uncertainty analysis method, are described in detail. Finally, comparative study of the methods and future work are provided. We believe that this work would help the research community to understand the attack graph analysis method systematically.
1
A comparative study of the reviewed methods is presented, together with directions for future research.
2
Attack graphs support network security evaluation and analysis and prediction of potential attacker behavior.
3
It reviews attack graph fundamentals, including core concepts, generation methods, and computational tasks.
4
The paper provides a systematic survey of attack graph analysis methods from a data and knowledge processing perspective.
5
The survey categorizes analysis approaches into graph-based, Bayesian network-based, Markov model-based, cost optimization, and uncertainty analysis methods.

attack graphs modeling possible network intrusion paths

analysis methods for evaluating network security and analyzing and predicting attacker behavior

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Publication Date
2019-12-26
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Authors
Jianping Zeng
Shuang Wu
Yanyu Chen
Rui Zeng
Chengrong Wu
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